CN201574374U - Sequence full-automatic control device for flushing extra-low position roads by water - Google Patents
Sequence full-automatic control device for flushing extra-low position roads by water Download PDFInfo
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- CN201574374U CN201574374U CN2009203522154U CN200920352215U CN201574374U CN 201574374 U CN201574374 U CN 201574374U CN 2009203522154 U CN2009203522154 U CN 2009203522154U CN 200920352215 U CN200920352215 U CN 200920352215U CN 201574374 U CN201574374 U CN 201574374U
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Abstract
A sequence full-automatic control device for flushing extra-low position roads by water is composed of a water tank, a cabinet, a front flushing system, a middle flushing system and a rear flushing system, wherein the water tank is mounted on a cleaning vehicle, the cabinet is arranged behind the water tank and is provided with a diesel engine, a water pump, an air pump, an air storage tank, an accumulator and a transmission mechanism inside. The front flushing system is composed of a front water gun, a front deflexion cylinder, a front water-supply branch tube, a front drive cylinder, a front valve, a front handle and a front support arm; the middle flushing system is composed of a middle water gun, a middle water-supply branch tube and a middle valve, the middle water gun is composed of a middle nozzle, a middle spray tube, and a middle horizontal tube; the rear flushing system is composed of a rear water gun, a rear water-supply branch tube, a rear valve, a rear deflexion cylinder, a rear support arm, a reset spring and a rear drive cylinder. The device is mounted on the cleaning vehicle, and is capable of rapidly and effectively removing feculency deposited on brickwork joints of anti-skid bricks and concave-convex fringes of anti-skid stone so as to beautify city environment.
Description
Technical field
The utility model relates to the urban road cleaning equipment, refers in particular to a kind of full-automatic control ultra-low road water flushing device that is installed on the cleaning cart.
Background technology
Progress along with science and technology, the development of society, the urban road cleaning relies on mechanized equipments such as cleaning cart to finish more and more, existing cleaning cart be utilize be installed in the vehicle both sides sweep that dish cleans road surface and prevent airborne dust with the nozzle watering, and then blower fan and the sucker installed with tailstock portion carry out dust suction, finish cleaning to urban road, this cleaning cart can clean effectively to the flat road surface of urban road, but, then can't clean effectively for urban road both sides pavement and pavement curb.This is because the road surface of pavement is to be paved into by the antislid brick of fritter or the anti-talcum of bulk that has a concave and convex stripe, shelter evil people and countenance evil practices easily in slit between the brickwork joint and the slit between the concave and convex stripe, not easy to clean, its effective cleaning mode is to utilize the flusher ground proximity to wash, but in the prior art not and the matching used low level flusher that is exclusively used in urban road both sides pavement and pavement curb of cleaning cart.
The utility model content
For addressing the above problem, the purpose of this utility model provides a kind of sequence full-automatic control ultra-low road water flushing device, this device is installed on the cleaning cart, by before, during and after water pistol in the sequence rinse-system pavement and pavement curb carried out low Low Level wash continuously, can fast and effeciently remove the dirt that is deposited between antislid brick brickwork joint and the anti-talcum concave and convex stripe, reach the purpose of beautifying urban environment.
For achieving the above object, the utility model is by the following technical solutions:
A kind of sequence full-automatic control ultra-low road water flushing device, by water pot, cabinet and before, during and after rinse-system form, water pot is installed on the cleaning cart, cabinet is arranged on the rear of water pot, it is characterized in that: Diesel engine, water pump, air pump, gasholder, battery and transmission mechanism are installed in the cabinet; Transmission mechanism is made up of drive pulley, driven pulley, negative pulley wheel, drive pulley is fixed on the line shaft of Diesel engine, driven pulley is fixed on the main shaft of water pump, negative pulley wheel is fixed on the main shaft of air pump, drive pulley is connected with driven pulley by the one-level driving belt, driven pulley is connected with negative pulley wheel by the secondary driving belt, the gas outlet of air pump is connected with the air inlet port of gasholder through a wireway, and the gas outlet of gasholder is connected with the air guide joint through No. two wireways; Water pump has a water inlet, two delivery ports, the water inlet of water pump is connected through the delivery port of water service pipe with the water pot bottom, first delivery port of water pump is connected with first water main, first water main is connected with the horizontal water inlet of a threeway, the lower outlet of a threeway is connected with first water-line, and the horizontal delivery port of a threeway is connected with return pipe through backwater valve, and return pipe is connected with the water return outlet of water pot bottom; Backwater is housed on first water main drives cylinder, the cylinder body that backwater drives cylinder is hinged on first water main by bearing, and the piston rod and the backwater handle of backwater driving cylinder are hinged, and the backwater handle is fixed on the valve rod of backwater valve; First water-line is connected and composed successively by many pipelines and elbow, and the end of first water-line extends to and cleaning cart chassis front end below; Second delivery port of water pump is connected with second water-line, second water-line is connected and composed successively by many pipelines and elbow, the end of second water-line extends to the below of the cleaning cart extreme end of chassis, be connected with second water main, second water main is connected with the water inlet of No. two threeways through late gate;
Preceding rinse-system is made up of preceding hydraulic giant, preceding deflection cylinder, preceding water supply arm, front wheel driving cylinder, early gate, front hand grip, preceding support arm, and preceding hydraulic giant is made up of front nozzle, preceding sparge pipe, preceding horizontal tube, is welded with a galianconism on the preceding horizontal tube; The head end of sparge pipe before front nozzle is rotatably connected to by a sealing active joint, the tail end of preceding sparge pipe is connected with the head end of preceding horizontal tube by elbow, the tail end of preceding horizontal tube is connected with the head end of preceding water supply arm rotationally by No. two sealing active joints, and the tail end of preceding water supply arm is connected by the end of early gate with first water-line; On the water supply arm, the piston rod and the front hand grip of front wheel driving cylinder were hinged before the cylinder body of front wheel driving cylinder was hinged on by bearing, and front hand grip is fixed on the valve rod of early gate; The cylinder body of preceding deflection cylinder is hinged on the front end on cleaning cart chassis by bearing, the piston rod of preceding deflection cylinder is hinged on the galianconism of preceding horizontal tube, the preceding downward-sloping setting of support arm, the upper end of preceding support arm is fixed on the cleaning cart chassis, the lower end of preceding support arm is welded with an annulus, and this annulus is socketed on the preceding horizontal tube;
Middle rinse-system is made up of middle hydraulic giant, middle water supply arm, middle valve, and middle hydraulic giant is made up of middle nozzle, middle sparge pipe, middle horizontal tube; Middle nozzle is connected with the head end of middle sparge pipe by globe joint, the tail end of middle sparge pipe is connected with the head end of middle horizontal tube, the tail end of middle horizontal tube is connected by the head end of middle valve with middle water supply arm, and the tail end of middle water supply arm is connected with a delivery port of No. two threeways;
The afterflush system is made up of back hydraulic giant, back water supply arm, late gate, post deflection cylinder, back support arm, back-moving spring, rear drive cylinder; Back hydraulic giant is made up of rear nozzle, back sparge pipe and back horizontal tube, rear nozzle is connected by the head end of elbow with the back sparge pipe, the tail end of back sparge pipe is connected with the head end of back horizontal tube rotationally by No. three sealing active joints, the tail end of back horizontal tube is connected with the head end of back water supply arm rotationally by No. four sealing active joints, and the tail end of back water supply arm is connected with another delivery port of No. two threeways; The cylinder body of post deflection cylinder is hinged on the rear end on cleaning cart chassis by bearing, be welded with the support of a fork-shaped on the back horizontal tube, the piston rod of post deflection cylinder is hinged on the support by bearing pin, one end of back-moving spring is connected with support, and the other end of back-moving spring is connected with the rear end on cleaning cart chassis; Described back support arm is arranged on the top of back horizontal tube abreast, and back support arm is fixed on by gusset piece on the rear end on cleaning cart chassis, and the front portion of back support arm is equipped with suspension ring, and suspension ring are enclosed within the horizontal tube of back; The cylinder body of rear drive cylinder is hinged on second water main by bearing, and the piston rod of rear drive cylinder is hinged by rotating shaft and back handle, and back handle is fixed on the valve rod of late gate;
Described backwater driving cylinder, front wheel driving cylinder, preceding deflection cylinder, rear drive cylinder, post deflection cylinder all are connected with hand-operated direction valve by the air guide joint.
The beneficial effects of the utility model are:
Sequence rinse-system before, during and after being provided with, water pistol in these three rinse-systems can be opened simultaneously, also can select one of them or two to open, pavement and pavement curb are carried out low Low Level to be washed continuously, can fast and effeciently remove the dirt that is deposited between antislid brick brickwork joint and the anti-talcum concave and convex stripe, reach the purpose of beautifying urban environment.
Description of drawings
Fig. 1 is the structural representation of the utility model one embodiment.
Fig. 2 is the rear elevation of Fig. 1.
Fig. 3 is the structural representation after side board is removed among Fig. 1.
Fig. 4 is that side board is removed the back structural representation among Fig. 2.
Fig. 5 is the partial enlarged drawing of Fig. 3.
Fig. 6 is the partial enlarged drawing of Fig. 4.
Fig. 7 be cabinet with before, during and after the syndeton schematic diagram of rinse-system.
Fig. 8 is the structural representation after cabinet is opened among Fig. 7.
Fig. 9 is the structural representation of cabinet among Fig. 8.
Figure 10 is the rear elevation of Fig. 7.
Figure 11 is the structural representation of sealing active joint.
Figure 12 is the rear elevation of cabinet.
Figure 13 is the syndeton schematic diagram of middle water supply arm, back water supply arm and second threeway.
Figure 14 is the syndeton schematic diagram of hand-operated direction valve and air guide joint.
Figure 15 is the syndeton schematic diagram of water pump and first water main, backwater valve, return pipe.
Figure 16 is the elevation of Figure 15.
Figure 17 is the syndeton schematic diagram of drive pulley, driven pulley, negative pulley wheel.
Figure 18 is the structural representation of preceding rinse-system.
Figure 19 is the lateral view of Figure 18.
Figure 20 is the user mode schematic diagram of preceding rinse-system.
Figure 21 is the structural representation of middle rinse-system.
Figure 22 is the structural representation of afterflush system.
Figure 23 is the lateral view of Figure 22.
Figure 24 is the syndeton schematic diagram of second water main, late gate, rear drive cylinder.
Figure 25 is the user mode schematic diagram of afterflush system.
The specific embodiment
Number in the figure
Rinse-system in the rinse-system 4 before 1 water pot, 2 cabinets 3
5 afterflush systems, 6 cleaning carts, 7 Diesel engines
8 water pumps, 9 air pumps, 10 gasholder, 11 batteries
12 drive pulleys, 13 driven pulleies, 14 negative pulley wheels
15 one-level driving belts, 16 secondary driving belts, 17 wireways
18 wireways, 19 water inlets, 20 delivery ports
21 delivery ports, 22 water service pipes, 23 delivery ports
No. 25 threeways of 24 first water mains 26 first water-lines
27 backwater valves, 28 return pipes, 29 water return outlets
30 backwater drive cylinder 31 bearings 32 piston rods
33 backwater handles, 34 second water-lines, 35 second water mains
Hydraulic giant before 37 No. two threeways of 36 late gates 38
Support arm before 42 early gates, 43 front hand grip 44
51 No. two sealings of No. 49 sealing active joint 50 elbows active joint
52 bearings, 53 piston rods, 54 bearings, 55 piston rods
Valve in the water supply arm 59 in the hydraulic giant 58 in 56 annulus 57
64 back hydraulic giants, 65 back water supply arms, 66 late gates, 67 post deflection cylinders
68 back support arms, 69 back-moving springs, 70 rear nozzles, 71 back sparge pipes
74 No. three sealings of 72 back horizontal tube 73 elbows active joint
75 No. four sealing active joint 76 bearings 77 supports
78 gusset pieces, 79 suspension ring, 80 air guide joints
81 wireways, 82 elbows, 83 gusset pieces, 84 rear drive cylinders
85 bearings, 86 piston rods, 87 back handles, 88 straight tube heads
89 corners, 90 support plates, 91 hand-operated direction valves, 92 hand-operated direction valves
93 hand-operated direction valves, 94 hand-operated direction valves, 95 hand-operated direction valves
96 shop bolts, 97 locating holes, 98 sealing rings
Please refer to Fig. 1, Fig. 2, Fig. 3, Fig. 4, Fig. 5, Fig. 6, the utility model is a kind of sequence full-automatic control ultra-low road water flushing device, by water pot 1, cabinet 2 and before, during and after rinse- system 3,4,5 form, water pot 1 is installed on the cleaning cart 6, cabinet 2 is arranged on the rear of water pot 1, please refer to Fig. 8, Fig. 9, Figure 15, Figure 16, Diesel engine 7, water pump 8, air pump 9, gasholder 10, battery 11 and transmission mechanism are installed in the cabinet 2.Battery 11 is used to start Diesel engine 7.
Please refer to Fig. 9, Figure 17, transmission mechanism is by drive pulley 12, driven pulley 13, negative pulley wheel 14 is formed, drive pulley 12 is fixed on the line shaft of Diesel engine 7, driven pulley 13 is fixed on the main shaft of water pump 8, negative pulley wheel 14 is fixed on the main shaft of air pump 9, drive pulley 12 is connected with driven pulley 13 by one-level driving belt 15, driven pulley 13 is connected with negative pulley wheel 14 by secondary driving belt 16, the gas outlet of air pump 9 is connected with the air inlet port of gasholder 10 through wireway 17, and the gas outlet of gasholder 10 is connected with air guide joint 80 through wireway 18.After Diesel engine 7 started, under the drive of transmission mechanism, water pump 8 and air pump 9 were worked simultaneously.
Please refer to Figure 15, Figure 16, Figure 17, water pump 8 has a water inlet 19, two delivery ports 20,21, the water inlet 19 of water pump 8 is connected as Fig. 3 with the delivery port 23 of water pot 1 bottom through water service pipe 22, shown in Figure 5, first delivery port 20 of water pump 8 is connected with first water main 24, first water main 24 is connected with the horizontal water inlet of a threeway 25, the lower outlet of a threeway 25 is connected with first water-line 26, the horizontal delivery port of a threeway 25 is connected with return pipe 28 through backwater valve 27, and return pipe 28 is connected as Fig. 4 with the water return outlet 29 of water pot 1 bottom, shown in Figure 6.Backwater is housed on first water main 24 drives cylinder 30, the cylinder body that backwater drives cylinder 30 is hinged on first water main 24 by bearing 31, the piston rod 32 of backwater driving cylinder 30 is hinged with backwater handle 33, and backwater handle 33 is fixed on the valve rod of backwater valve 27.
Please refer to Fig. 7, Fig. 8, Figure 10, first water-line 26 is connected and composed successively by many pipelines and elbow, and the end of first water-line 26 extends to and cleaning cart chassis front end below.
Please refer to Figure 13, second delivery port 21 of water pump 8 is connected with second water-line 34, second water-line 34 is connected and composed successively by many pipelines and elbow, the end of second water-line 34 extends to the below of the cleaning cart extreme end of chassis, be connected with second water main 35, second water main 35 is connected with the water inlet of No. two threeways 37 through late gate 36.
Please refer to Figure 18, Figure 19, preceding rinse-system 3 is made up of preceding hydraulic giant 38, preceding deflection cylinder 39, preceding water supply arm 40, front wheel driving cylinder 41, early gate 42, front hand grip 43, preceding support arm 44, preceding hydraulic giant 38 is made up of front nozzle 45, preceding sparge pipe 46, preceding horizontal tube 47, is welded with a galianconism 48 on the preceding horizontal tube 47;
The head end of sparge pipe 46 before front nozzle 45 is rotatably connected to by a sealing active joint 49, the tail end of preceding sparge pipe 46 is connected with the head end of preceding horizontal tube 47 by elbow 50, the tail end of preceding horizontal tube 47 is connected with the head end of preceding water supply arm 40 rotationally by No. two sealing active joints 51, and the tail end of preceding water supply arm 40 is connected with the end of first water-line 26 by early gate 42;
On the water supply arm 40, the piston rod 53 of front wheel driving cylinder 41 was hinged by rotating shaft and front hand grip 43 before the cylinder body of front wheel driving cylinder 41 was hinged on by bearing 52, and front hand grip 43 is fixed on the valve rod of early gate 42; The cylinder body of preceding deflection cylinder 39 is hinged on the front end on cleaning cart chassis by bearing 54, the piston rod 55 of preceding deflection cylinder 39 is hinged on the galianconism 48 of preceding horizontal tube 47 by rotating shaft, preceding support arm 44 downward-sloping settings, the upper end of preceding support arm 44 is fixed on the cleaning cart chassis, the lower end of preceding support arm 44 is welded with an annulus 56, and this annulus 56 is socketed on the preceding horizontal tube 47;
Please refer to Figure 21, middle rinse-system 4 is made up of middle hydraulic giant 57, middle water supply arm 58, middle valve 59, middle hydraulic giant 57 is made up of middle nozzle 60, middle sparge pipe 61, middle horizontal tube 62, middle nozzle 60 is connected with the head end of middle sparge pipe 61 by globe joint 63, the tail end of middle sparge pipe 61 is connected with the head end of middle horizontal tube 62 by elbow 82, the tail end of middle horizontal tube 62 is connected with the head end of middle water supply arm 58 by middle valve 59, and the tail end of middle water supply arm 58 is connected with the delivery port of No. two threeway 37 front sides; The angle of inclination of nozzle 60 in can regulating by globe joint, thus washed to paste ground at the bottom of the suitable angle.
Please refer to Figure 22, Figure 23, Figure 24, afterflush system 5 is made up of back hydraulic giant 64, back water supply arm 65, late gate 66, post deflection cylinder 67, back support arm 68, back-moving spring 69, rear drive cylinder 84; Back hydraulic giant 64 is made up of rear nozzle 70, back sparge pipe 71 and back horizontal tube 72, rear nozzle 70 is connected by the head end of elbow 73 with back sparge pipe 71, the tail end of back sparge pipe 71 is connected with the head end of back horizontal tube 72 rotationally by No. three sealing active joints 74, the tail end of back horizontal tube 72 is connected with the head end of back water supply arm 65 rotationally by No. four sealing active joints 75, and the tail end of back water supply arm 65 is connected with the delivery port of No. two threeway 37 rear sides;
The cylinder body of post deflection cylinder 67 is hinged on the rear end on cleaning cart chassis by bearing 76, be welded with the support 77 of a fork-shaped on the back horizontal tube 72, the piston rod 78 of post deflection cylinder 67 is hinged on the support 77 by bearing pin, one end of back-moving spring 69 is connected with support 77, the other end of back-moving spring 69 is connected with the rear end on cleaning cart chassis, back support arm 68 is arranged on the top of back horizontal tube 72 abreast, back support arm 68 is fixed on the rear end on cleaning cart chassis by gusset piece 83, the front portion of back support arm 68 is equipped with suspension ring 79, and suspension ring 79 are enclosed within the horizontal tube 72 of back; The cylinder body of rear drive cylinder 84 is hinged on second water main 35 by bearing 85, and the piston rod 86 of rear drive cylinder 84 is hinged by rotating shaft and back handle 87, and back handle 87 is fixed on the valve rod of late gate 66.
The structure of above-mentioned sealing active joint is identical, please refer to Figure 11, each sealing active joint is socketed to form by straight tube head 88 and corner 89, be connected with a L shaped support plate 90 on the straight tube head 88, placed shop bolt 96 on the support plate 90, on corner 89, the position corresponding with dog screw 96 has a circle hole 97, the part of straight tube head 88 and corner 89 sockets is provided with sealing ring 98, straight tube head 88 can rotate relative to corner 89, the purpose that the sealing active joint is set is that two pipelines of its connection can be rotated relatively, and don't leaks.
Please refer to Figure 14, in the driver's cabin of cleaning cart, be provided with five hand-operated direction valves 91,92,93,94,95, these five hand-operated direction valves are connected with air guide joint 80 by wireway 81 respectively, and each air guide joint 80 connects into pneumatic circuit with each cylinder and gasholder 10.
Hand-operated direction valve 91 is used to control backwater and drives cylinder 30, and after pressing hand-operated direction valve 91, the piston rod 32 that backwater drives cylinder 30 stretches out, and promotes 33 counter-rotatings of backwater handle, closes backwater valve 27.Behind pull-up hand-operated direction valve 91, backwater drives the piston rod 32 of cylinder 30 and returns, and pulling backwater handle 33 is just changeing, and opens backwater valve 27.The effect that backwater valve 27 is set be current, in, temporary transient time spent not of the some systems in the afterflush system, unnecessary water is got back in the water pot 1, prevent that hydraulic pressure is excessive.
Hand-operated direction valve 92 is used to control front wheel driving cylinder 41, and after pressing hand-operated direction valve 92, the piston rod 53 of front wheel driving cylinder 41 stretches out, and promotes front hand grip 43 counter-rotatings, closes early gate 42; Behind pull-up hand-operated direction valve 92, the piston rod 53 of front wheel driving cylinder 41 is return, and pulling front hand grip 43 is just being changeed, and opens early gate 42.
Hand-operated direction valve 93 is used to control preceding deflection cylinder 39, after pressing hand-operated direction valve 93, the piston rod 55 of preceding deflection cylinder 39 stretches out, galianconism 48 before promoting on the horizontal tube 47, preceding horizontal tube 47 is the fulcrum rotation with No. two sealing active joints 51, hydraulic giant 38 perks before driving, cleaning cart can cruising.Behind pull-up hand-operated direction valve 93, the piston rod 55 of preceding deflection cylinder 39 is return, galianconism 48 before the pulling on the horizontal tube 47, preceding horizontal tube 47 is the fulcrum rotation with No. two sealing active joints 51, hydraulic giant 38 falls before driving, make front nozzle 45 ground proximitys become state shown in Figure 20, thereby pavement and pavement curb are cleaned.
Hand-operated direction valve 94 is used to control rear drive cylinder 84, after pressing hand-operated direction valve 94, the piston rod 86 of rear drive cylinder 84 stretches out, promote back handle 87 counter-rotatings, close late gate 66, behind pull-up hand-operated direction valve 94, the piston rod 86 of rear drive cylinder 84 is return, pulling back handle 87 is just changeing, and opens late gate 66.
Hand-operated direction valve 95 is used to control post deflection cylinder 67, after pressing hand-operated direction valve 95, the piston rod 78 of post deflection cylinder 67 stretches out, promoting support 77 is just changeing, back horizontal tube 72 is that fulcrum deflects down with No. four sealing active joints 75, rear nozzle 70 ground proximitys become state shown in Figure 22, thereby pavement and pavement curb are cleaned.Behind pull-up hand-operated direction valve 95, the piston rod 78 of post deflection cylinder 67 is return, 77 counter-rotatings of pulling support, under the elastic force effect of back-moving spring 69, back horizontal tube 72 is that fulcrum upward deflects with No. four sealing active joints 75, rear nozzle 70 built on stilts become state shown in Figure 25, and cleaning cart can cruising.
By above-mentioned hand-operated direction valve, rinse-system before, during and after can opening simultaneously also can only be opened one of them or two systems.
Claims (1)
1. sequence full-automatic control ultra-low road water flushing device, by water pot, cabinet and before, during and after rinse-system form, water pot is installed on the cleaning cart, cabinet is arranged on the rear of water pot, it is characterized in that: Diesel engine, water pump, air pump, gasholder, battery and transmission mechanism are installed in the cabinet; Transmission mechanism is made up of drive pulley, driven pulley, negative pulley wheel, drive pulley is fixed on the line shaft of Diesel engine, driven pulley is fixed on the main shaft of water pump, negative pulley wheel is fixed on the main shaft of air pump, drive pulley is connected with driven pulley by the one-level driving belt, driven pulley is connected with negative pulley wheel by the secondary driving belt, the gas outlet of air pump is connected with the air inlet port of gasholder through a wireway, and the gas outlet of gasholder is connected with the air guide joint through No. two wireways; Water pump has a water inlet, two delivery ports, the water inlet of water pump is connected through the delivery port of water service pipe with the water pot bottom, first delivery port of water pump is connected with first water main, first water main is connected with the horizontal water inlet of a threeway, the lower outlet of a threeway is connected with first water-line, and the horizontal delivery port of a threeway is connected with return pipe through backwater valve, and return pipe is connected with the water return outlet of water pot bottom; Backwater is housed on first water main drives cylinder, the cylinder body that backwater drives cylinder is hinged on first water main by bearing, and the piston rod and the backwater handle of backwater driving cylinder are hinged, and the backwater handle is fixed on the valve rod of backwater valve; First water-line is connected and composed successively by many pipelines and elbow, and the end of first water-line extends to and cleaning cart chassis front end below; Second delivery port of water pump is connected with second water-line, second water-line is connected and composed successively by many pipelines and elbow, the end of second water-line extends to the below of the cleaning cart extreme end of chassis, be connected with second water main, second water main is connected with the water inlet of No. two threeways through late gate;
Preceding rinse-system is made up of preceding hydraulic giant, preceding deflection cylinder, preceding water supply arm, front wheel driving cylinder, early gate, front hand grip, preceding support arm, and preceding hydraulic giant is made up of front nozzle, preceding sparge pipe, preceding horizontal tube, is welded with a galianconism on the preceding horizontal tube; The head end of sparge pipe before front nozzle is rotatably connected to by a sealing active joint, the tail end of preceding sparge pipe is connected with the head end of preceding horizontal tube by elbow, the tail end of preceding horizontal tube is connected with the head end of preceding water supply arm rotationally by No. two sealing active joints, and the tail end of preceding water supply arm is connected by the end of early gate with first water-line; On the water supply arm, the piston rod and the front hand grip of front wheel driving cylinder were hinged before the cylinder body of front wheel driving cylinder was hinged on by bearing, and front hand grip is fixed on the valve rod of early gate; The cylinder body of preceding deflection cylinder is hinged on the front end on cleaning cart chassis by bearing, the piston rod of preceding deflection cylinder is hinged on the galianconism of preceding horizontal tube, the preceding downward-sloping setting of support arm, the upper end of preceding support arm is fixed on the cleaning cart chassis, the lower end of preceding support arm is welded with an annulus, and this annulus is socketed on the preceding horizontal tube;
Middle rinse-system is made up of middle hydraulic giant, middle water supply arm, middle valve, and middle hydraulic giant is made up of middle nozzle, middle sparge pipe, middle horizontal tube; Middle nozzle is connected with the head end of middle sparge pipe by globe joint, the tail end of middle sparge pipe is connected with the head end of middle horizontal tube, the tail end of middle horizontal tube is connected by the head end of middle valve with middle water supply arm, and the tail end of middle water supply arm is connected with a delivery port of No. two threeways;
The afterflush system is made up of back hydraulic giant, back water supply arm, late gate, post deflection cylinder, back support arm, back-moving spring, rear drive cylinder; Back hydraulic giant is made up of rear nozzle, back sparge pipe and back horizontal tube, rear nozzle is connected by the head end of elbow with the back sparge pipe, the tail end of back sparge pipe is connected with the head end of back horizontal tube rotationally by No. three sealing active joints, the tail end of back horizontal tube is connected with the head end of back water supply arm rotationally by No. four sealing active joints, and the tail end of back water supply arm is connected with another delivery port of No. two threeways; The cylinder body of post deflection cylinder is hinged on the rear end on cleaning cart chassis by bearing, be welded with the support of a fork-shaped on the back horizontal tube, the piston rod of post deflection cylinder is hinged on the support by bearing pin, one end of back-moving spring is connected with support, and the other end of back-moving spring is connected with the rear end on cleaning cart chassis; Described back support arm is arranged on the top of back horizontal tube abreast, and back support arm is fixed on by gusset piece on the rear end on cleaning cart chassis, and the front portion of back support arm is equipped with suspension ring, and suspension ring are enclosed within the horizontal tube of back; The cylinder body of rear drive cylinder is hinged on second water main by bearing, and the piston rod of rear drive cylinder is hinged by rotating shaft and back handle, and back handle is fixed on the valve rod of late gate;
Described backwater driving cylinder, front wheel driving cylinder, preceding deflection cylinder, rear drive cylinder, post deflection cylinder all are connected with hand-operated direction valve by the air guide joint.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2009203522154U CN201574374U (en) | 2009-12-31 | 2009-12-31 | Sequence full-automatic control device for flushing extra-low position roads by water |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2009203522154U CN201574374U (en) | 2009-12-31 | 2009-12-31 | Sequence full-automatic control device for flushing extra-low position roads by water |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN201574374U true CN201574374U (en) | 2010-09-08 |
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ID=42694250
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2009203522154U Expired - Lifetime CN201574374U (en) | 2009-12-31 | 2009-12-31 | Sequence full-automatic control device for flushing extra-low position roads by water |
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| Country | Link |
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| CN (1) | CN201574374U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101748701B (en) * | 2009-12-31 | 2012-02-29 | 北京市环丽清扫保洁服务中心 | Sequence full-automatic control ultra-low road water flushing device |
| CN102518068A (en) * | 2011-11-15 | 2012-06-27 | 江苏悦达专用车有限公司 | Flushing sprayer of road surface cleaning equipment |
| CN107503318A (en) * | 2017-10-09 | 2017-12-22 | 武汉毳雨环保科技有限责任公司 | A kind of air-pump type spray equipment with Multiple Source Sensor |
-
2009
- 2009-12-31 CN CN2009203522154U patent/CN201574374U/en not_active Expired - Lifetime
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101748701B (en) * | 2009-12-31 | 2012-02-29 | 北京市环丽清扫保洁服务中心 | Sequence full-automatic control ultra-low road water flushing device |
| CN102518068A (en) * | 2011-11-15 | 2012-06-27 | 江苏悦达专用车有限公司 | Flushing sprayer of road surface cleaning equipment |
| CN107503318A (en) * | 2017-10-09 | 2017-12-22 | 武汉毳雨环保科技有限责任公司 | A kind of air-pump type spray equipment with Multiple Source Sensor |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20100908 Effective date of abandoning: 20091231 |